Gain in-depth insights into Engineering-B Sterilizer Cabinet equipment’s working principles, application scenarios, and technical highlights.
Product Overview
The XRTPEB Engineering-B Sterilizer Cabinet is a commercial utensil-treatment cabinet positioned after washing and before clean storage or service. Available configurations use heated-air, far-infrared, UV or ozone functions depending on the model. Buyers must validate the actual cycle, load pattern, temperature distribution and microbiological target instead of relying on the cabinet name alone. Its procurement value is a separated, controllable utensil-treatment step between washing and protected clean storage. Load dimensions, rack arrangement, treatment mode, validated cycle, utilities, door format and unloading workflow are the main configuration variables. Explore related cooking, refrigeration and hygiene equipment in the commercial kitchen equipment range.
Applications
- Raw material or load: Commercial tableware, utensils or compatible racks described for the selected cabinet.
- Final product or process outcome: washed utensils or tableware moved to protected clean storage only after the selected treatment cycle has been validated.
- Product or load dimensions: cabinet external dimensions 645*660*2005, 1 0*660*2005; rack dimensions 560*395*260*6, 560*395*260*3.
- Packaging or load format: washed, drained and unpackaged utensils arranged on compatible racks; sealed packs or heat-sensitive items require separate validation.
- Factory type: commercial kitchens, warewashing support areas, central kitchens and institutional food-service facilities.
How the Machine Works
Washed utensils are drained and arranged on racks with clearance for air or radiation exposure. The operator closes the cabinet and selects the model-specific cycle. Heating elements and air circulation raise and distribute temperature; UV or ozone may be included only on designated variants. Items remain in the closed cabinet through the validated hold and cooling period.
- Feeding: wash, rinse and drain compatible utensils before they enter the cabinet.
- Positioning: arrange the load on specified racks with the spacing required for heated air, radiation, UV or ozone exposure.
- Processing action: close the cabinet and run only the treatment mode listed for the selected model.
- Control or detection: monitor the specified time, temperature and model-specific safety functions; cycle validation is required for the actual load.
- Discharge: complete the hold and cooling period before moving treated items to protected clean storage or service.
- Safety logic: do not release overloaded, wet, heat-sensitive or incompletely treated loads; UV and ozone variants require specified door interlocks and residual-exposure controls.
Key Features
- Feature: Adjustable multi-layer rack storage included in the product design. Operating effect: defines load support, spacing and usable internal capacity. Buyer relevance: match the actual load dimensions and cleaning procedure before choosing a model.
- Feature: Temperature control and heated-air circulation on the applicable cabinet variants. Operating effect: provides a user-friendly control interface for setting temperature and time. Buyer relevance: check required modes, alarms, language, electrical standard and service access with our team.
- Feature: Single-door, double-door, solid-door or glass-door configurations depending on model. Operating effect: controls access and limits unwanted air, heat or steam leakage when properly maintained. Buyer relevance: check door clearance, opening frequency, seal replacement and cleaning access.
- Feature: Stainless-steel cabinet construction provides washable surfaces; material grade varies by model and application. Operating effect: provides washable enclosure surfaces with corrosion resistance determined by the actual grade. Buyer relevance: check food-contact zones, material certificates and the site's chemical and salt exposure.
Technical Specifications
Specifications
Engineering
Model | -B
Dimension (mm) | Shelf Size(mm) | Voltage | Power | Temp. Range | Sterilization
Temp. | Layers | Caster
Height | Technical
Insulation
Thickness | Capacity | Net Weight |
|---|
| XRTP-337EB14 | 645*660*2005 | 560*395*260*3 | 220V | 2. 2 W | 50 – 150 °C | 150 °C | 5 | 12cm | 3cm | 337L | 88 kg |
| 560 X 395X110*1 |
| 560 X 395X60*1 |
| XRTP-720EB28 | 1 0*660*2005 | 560*395*260*6 | 220V | 4.4KW | 50 – 150 °C | 150 °C | 10 | 12cm | 3cm | 720L | 148 kg |
| 560 X 395X110*2 |
| 560 X 395X60*2 |
The table summarizes available models and technical specifications. HSYL can match the configuration to your capacity, utilities and workflow.
Hygienic Design and Food-Contact Materials
Load only items that have already been washed and drained. Racks, corners, door seals and fan guards need routine cleaning. Material options include SUS201, SUS304 and tempered glass. Request a model-specific material schedule for food-contact applications.
Automation and Control Options
Operation uses manual cabinet loading. Temperature and time controls vary by model. Specify any required UV, ozone, alarm, interlock or data-logging functions during model selection.
Integration into a Production Line
Install after the warewashing and draining step and before clean storage. Maintain a one-way flow from dirty utensils to washed items to treatment and protected unloading. Coordinate electrical load, heat rejection, ventilation and clearance for doors, carts and racks. For multi-equipment projects, coordinate this unit with the commercial kitchen equipment solution.
Customization Options
- Model size and usable load configuration
- Voltage, frequency, phase and plug or isolator standard
- Control functions matched to the selected configuration
- OEM labeling and destination-market documentation
- Rack, door, treatment-mode and unloading arrangement supported by the selected model
Model Selection Guide
Effectiveness depends on prior washing, load spacing, cycle temperature/time, utensil material and validation. The cabinet should not be used to substantiate a regulatory disinfection claim without test evidence.
Information Required for a Quotation
- Raw material, food, utensil or load photos and representative samples as applicable
- Final product specifications and acceptance criteria
- Target batch capacity, hourly or daily throughput and operating hours
- Food, tray, pan, rack, utensil or package dimensions
- Packaging or load format, closure and orientation
- Required automation, control, alarm and data functions
- Voltage, frequency, phase and available utilities
- Upstream and downstream equipment and interface conditions
- Factory or kitchen layout with access and maintenance clearances
- Destination country and local compliance requirements
Request a Technical Proposal
Share your capacity, product or load dimensions, site utilities and layout through the HSYL technical proposal request. Our team will recommend a suitable model and configuration.
